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5. A belt runs on a wheel of 30.0-cm radius. During the time that the wheel coasts uniformly to rest from an initial speed of 2.00 rev/s, 25.0 m of belt length passes over the wheel. Find the angular acceleration
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5. A belt runs on a wheel of 30.0-cm radius. During the time that the wheel coasts uniformly to rest from an initial speed of 2.00 rev/s, 25.0 m of belt length passes over the wheel. Find the angular acceleration of the wheel and the total number of revolutions it turns before stopping.

User HOLOGRAPHICpizza
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1 Answer

7 votes

Answer:

Angular acceleration = 0.95rad/s

Number or revolution is 13

Step-by-step explanation:

See attached file

5. A belt runs on a wheel of 30.0-cm radius. During the time that the wheel coasts-example-1
User Abhijith Mogaveera
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5.6k points
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